KR960004208Y1 - Juice extractor - Google Patents

Abstract

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Description

Juicer

1 is a perspective view of the overall appearance of the juicer according to the present invention.

Figure 2 is an excerpt perspective view of the blade member configuration according to the present invention.

3 is a side view showing the blade member configuration of FIG.

a is a cross-sectional side view of the fixed blade member.

b is a side view of the rotary blade member.

Figure 4 is an excerpt perspective view of a rotating container according to the present invention.

5 is a cross-sectional view of the juicer assembled state according to the present invention.

6 is an enlarged excerpt sectional view of the blade member configuration in FIG.

* Explanation of symbols for main parts of the drawings

1: juicer body 4: motor

4a: motor shaft 9: support

10: rotating body container 11: fine hole

12: rotary blade member 13: juicer blade

14: fixing nut 15: juicer can

15a: juice discharge pipe 17: lid body

17a: opening 18: support body

18a, 19a, 25a: fruit inlet 19: fixed blade part

19b: tube 19d: recessed part

20: juicer 22: spout

24: waste discharge pipe 25: fruit storage container

The present invention relates to a juicer comprising a juicer or a blender that produces fruit juice, and more particularly, a rotating body container and a rotary blade member capable of separating juice and residues by rotating a motor, and rotating blades. The present invention relates to a juicer which allows the fruit juice to be quickly and separately separated and discharged at the same time by crushing the fruit between the fixed blade members spaced apart to correspond to the member.

In general, the juicer used generally has only one rotary blade installed in the container where only the juice is separated, so that the fruit residues are piled up on the inner wall or bottom of the container because there is no separate discharge means. It was to lose.

Therefore, the resultant clogging the discharge hole of the container in which the dregs or juice is discharged, the juice that is continuously formed by the rotary blade by this cause can not be discharged smoothly from the container, Not only can not expect smooth rotation of the rotary blade due to the debris, but this caused the rotary blade to rotate excessively, resulting in mechanical failure due to overload.

In addition, the more the juice work, the more residues are accumulated in the container without being discharged.Therefore, if a large amount of juice is produced at one time, the juice cannot be made quickly due to the trouble of frequently removing the residue in the container. will be.

Therefore, the present invention has been devised in view of such a conventional situation, and an object of the present invention is not only to swiftly and reliably produce fruit juices, but also to produce juices while discharging wastes generated during juice production to the outside. To provide a juicer.

The juicer feature of the present invention for achieving the above object, the juicer body is supported by the support frame and the motor is fixed to the juicer canister is formed in the juice discharge tube, the juicer canister is a rotating body container While installing the inside of the motor shaft shaft penetrating through the center of the fruit collection canister and at the same time fastening the rotary blade member protruding radial juicer with a fixed nut to be fixed to rotate with the motor shaft, the juicer body The support body is integrally formed to protrude downward from the cap body to be covered in the lower part, and the lower end thereof has a fixed blade member having a juicer blade formed on the inner circumferential surface of the concave inlet part spaced apart by a fixed screw so as to correspond to the rotary blade member. The fruit inlet of the tube and the fruit inlet of the fixed blade member are fixed to each other, and one side of the pipe of the fixed blade member And forming an ejection opening through which the residue is ejected and integrally forming an outlet port communicating with the opening on one side of the lid body, and at the same time, installing an fruit storage container having an fruit opening formed thereon as the fruit inlet on the upper surface. .

According to the present invention, it is preferable that the juice blades of the rotary blade member and the fixed blade member are sawtooth-shaped, and they are symmetrically configured to crush the fruit, and the juice blade of the rotary blade member is indented in the lower part of the tube of the fixed blade member. It is preferable to be accommodated in the part and to be ground.

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the juicer according to the present invention as follows.

1 is an overall perspective view of a juicer according to the present invention, the upper periphery of the side of the side 2 of the juicer body 1 is covered with the lid 17, the jaw engaging jaw (2a) is inward And a plurality of cutouts 2c are formed at predetermined intervals across the side surface 2 and a slight bottom surface 3 as a lower portion thereof, and a shaft insertion hole 3a as a lower portion of the bottom surface 3. The motor 4 is fixedly installed in a state where the motor shaft 4a penetrates, and the motor case 5 is installed on the outside thereof, but the long surface 6 of the bottom surface 3 of the body 1 is installed. And interposed between the support frame 7 is installed to be fixed.

In addition, the support frame 7 is formed to be operable on-off switch 8 for operating the motor (4), the bottom surface thereof to prevent shaking or flow during operation of the motor (4). The flow preventing opening 7a of the elastic body is inserted at regular intervals.

Then, the support shaft (9) for supporting the rotating body container 10 to be described later is inserted into the motor shaft (4a) which is installed through the bottom surface (3) shaft insertion hole (3a) of the juicer body (1) and this It is fixed to the motor shaft (9a) by the fixing pin (9a) to be rotated together when operating the motor (4), the upper end of the base (9) as shown in Figure 4 the center of the bottom surface (3) The furnace through-hole 10a is formed and the plate-shaped rotary container 10 in which the microholes 11 are formed on the entire sidewall 10b is inserted and fixed so as to rotate together with the support 9.

On the other hand, the rotary container 10 is preferably formed in the shape of a plate that opens toward the upper end from the lower bottom surface 10c to facilitate the discharge of debris, micropores 11 formed on the side wall (10b) The size of is to have a size enough to pass the juice, which is formed over the entire surface except the bottom surface (10c).

A through hole 12a is formed at the center of the bottom surface 10c in the rotary container 10, and the sawtooth juicer 13 is formed in the upper surface 12b of the stepped portion 12c as shown in FIGS. 2 and 3b. The rotary blade member 12 is arranged to be radially arranged to be positioned and screwed to the motor shaft 4a as a fixing nut 14 so as to be tightly fixed to rotate together.

Accordingly, the rotary container 10 and the rotary blade member 12 are firmly fixed to the motor shaft 4a by the fixing nut 14 so that the rotation is performed together when the motor 4 is operated. The upper end of the entire container 10 is to be installed at a position slightly higher than the upper peripheral portion of the body (1).

On the other hand, the inside of the body (1) is provided with a juice collecting container (15) for collecting the juice discharged from the rotating body container 10 is located in the lower portion of the rotating body container 10, the bottom portion thereof The central portion inserted into the support 9 is formed high, and the juice discharge pipe 15a passes through the cutout 2c of the body 1 and protrudes outward.

In addition, the upper edge of the juicer 15 is formed with an edge 15b extending outward so that the edge 15b of the juice collection container 15 is placed and fixed to the engaging jaw 2a of the upper peripheral edge when installed in the body 1. will be.

On the other hand, the lid body 17 to be covered by the adjustment of the normal fastener 16 on the upper side of the juicer body 1 is formed with an opening 17a downward, and fruit in the lower opening 17a. An opening groove 18b through which the support tube 18 through which the inlet 18a is formed is integrally protruded and the fixing nut 14 is inserted into the central portion of the end thereof is provided. The fixed blade member 19 in which the inlet 19a was formed is fixed by the fixing screw 21. As shown in FIG.

The fixed blade member 19 integrally forms the plate body 19e such that the concave portions 19c and 19d are formed in the upper and lower portions of the tubular body 19b as shown in FIGS. 2 and 3. The end portion of the support tube 18 is inserted into the upper penetration portion 19c, and the juicer blade 13 of the rotary blade member 12 is formed into the lower penetration portion 19d of the plate body 19e. The juicer 20 formed on the bottom is positioned with a slight gap.

Here, the juicer blade 20 formed on the fixed blade member 19 protrudes radially around the through hole 20a into which the fixing nut 14 of the center is inserted, which is also the juice of the rotary blade member 12. Like the blade 13, it is sawtooth-shaped, but is made of a shape opposite to the shape of the juice blade 13 of the rotary blade member 12, which is intended to facilitate the grinding of the fruit.

Then, the tubular body 19b toward the lower end inlet portion 19d of the fixed blade member 19 is provided with a jet port 22 through which the pulverized juice and residue are ejected together.

On the other hand, the lower end of the lid 17 is formed to simply support the support jaw (17b) that is coupled to the locking jaw (2a) of the body (1) and the upper surface of the lower portion of the support tube 18 about the center On the outside thereof is formed a plurality of ventilation holes 23 through which the external air flows by the rotation of the rotating body container 10 when juiced, the waste discharge pipe 24 is formed to communicate with the lower opening 17a on one side of the upper surface In this waste discharge pipe 24, a normal hose 24a is inserted.

Also, the fruit storage container 25 having the same fruit inlet 25a as the fruit inlet 18a of the support tube 18 is fixed to the upper surface on which the vent hole 23 is formed so as not to flow to the fixing screw 26. do.

And, the shape of the fruit inlet (18a), (19a), (25a) formed in the support pipe 18, the fixed blade member 19 and the fruit storage container 25 of the lid 17 is formed in the same way It is preferable that each of the fruit inlets 18a, 19a, and 25a be assembled to be consistent with each other so that the input of the fruit is quick and accurate.

The present invention configured as described above is the rotary blade member because the rotary blade member 12, the juice blade 13 is formed on the bottom surface (10c) of the rotating body container 10 is rotated together with the motor shaft (4a). On the upper side of (12), the lower concave portion 19d of the fixed blade member 19 fixed to the end of the support tube 18 of the lid 17 is positioned with a slight gap as shown in FIG. When the motor 4 is operated by the switch 8 operation, the rotary container 10 and the rotary blade member 12 are supported by the support 9 to rotate together with the motor shaft 4a. Will be At this time, the fruit is put into the fruit inlet 25a of the fruit storage container 25 and pressed using a well-known pressing rod 27, and the fruit passes through the fruit inlet 18a of the support pipe 18, and the rotary blade member 12 Will be pressed up to the fruit inlet (19a).

Therefore, the fruit pressed into the fruit inlet 19a of the fixed blade member 19 is crushed by the juice blade 13 of the rotary blade member 12, and the crushed fruit is the juice blade of the rotary blade member 12 ( 13) is completely crushed by the juicer blade 20 of the fixed blade member 19, the juice and debris is moved from the inner surface of the lower recessed portion (19d) of the fixed blade member 19, the tube body of the fixed blade member (19) The ejection holes 22 formed in 19d are ejected together by the centrifugal force into the rotating body container 10, and the ejected fruit juices meet the inner circumferential wall surface of the rotating body container 10 while the micropores 11 are ejected. Through it is gathered into the juice collection basin (15).

However, at this time, the squeezed waste is not attached to the inner surface of the side wall 10b without passing through the micropores 11, but this is due to the wind generated by the strong rotational force of the rotating body container 10 and the cap body by the rotational force. The air introduced from the outside into the air vent 23 of the (17) is combined to generate a stronger wind so that the dregs fall from the inner wall surface and is discharged to the upper side and the sent dregs are the openings 17a of the lid body 17. ) Is discharged to the waste discharge pipe 24 in communication with.

Therefore, the juice collected in the juice collection bucket 15 is naturally contained in a separate container by the juice discharge pipe 15a, the juice squeezed out of the juice is discharged immediately to the outside by the rotational force of the rotary container 10 Therefore, there is no fear that the residues block the micropores 11, so that the production of juice is easy, and the residue ground in the lower recessed portion 19d of the tubular body 19b is rotated by the rotary blade member 12. There is no fear to accumulate in the rotary blade member 12 because it is directly ejected to the jet port 22, it is possible to achieve smooth rotation at all times, and the fruit grinding force of the conventional juicer by allowing the fruit to be crushed using a pair of blade members Compared to the much higher crushing power can be expected that the effect that can be carried out in a quick juicer continuously.

In addition, since the rotary blade member 12 and the fixed blade member 19, the serrated juicer blades 13 and 20 were formed in opposite shapes to each other, more sure grinding can be achieved. When finished, the fastener 16 is dismantled and the lid 17 is to be separated and washed, which is very convenient to use.

In addition, the rotor container 10 and the rotary blade member 12 can also be easily removed by releasing only the fixing nut 14, so that replacement and cleaning operations are very easy.

The present invention as described above allows the fruit to be crushed by using a pair of blade members, the fruit juice is crushed on the blade by rotating the rotating body container together in the juice collection container by the micropores and the residue generated at this time Is a very practical design that has the effect, such as to be discharged to the outside through the waste discharge pipe to the outside by the rotation of the rotating body container can be a quick juicer, but do not need to frequently clean the waste as in the prior art.

Claims (3)

Supported by the support frame (7), the juicer body (1) is fixed to the juicer body (1) is built into the juice collection tube (15) formed with a juice discharge pipe (15a), the juice collection container (15) Rotating blade member in which the rotating container 10 is installed in the base 9 of the motor shaft 4a installed in the center of the fruit collection container 15 while being installed inside the rotating container 10. 12) is fixed to the fixing nut 14 to be rotated together with the motor shaft (4a), the support body (18) integrally below the lid body (17) covered by the juicer body (1) Protruding to form, the lower end portion of the concave inlet portion (19d) to the inner circumferential surface of the fixed blade member 19 is formed with a fixed screw (21) so as to correspond to the rotary blade member (12), The fruit inlet (18a) of the support pipe 18 and the fruit inlet (19a) of the fixed blade member 19 is fixed to match each other, the fixed blade member of the One side of the sieve 19b forms a spout 22 through which juice and debris are ejected, and one side of the lid 17 forms an integrally formed outlet 24 in communication with the opening 17a. The fruit inlet (18a) of the upper surface of the juicer, characterized in that the fruit storage container (25) formed with the fruit inlet (25a) is installed. The juicer according to claim 1, wherein the juicer blades 13 and 20 for grinding the fruit of the rotary blade member 12 and the fixed blade member 19 are serrated and symmetrical to each other. group. The juicer blade 13 of the rotary blade member 12 is accommodated in the concave portion 19d of the lower portion of the tubular body 19b of the fixed blade member 19 to be configured to crush the fruit together. Juicer.